Mitutoyo Surftest SV-2100
Mitutoyo Surftest SV-2100
Model: SV-2100
Brand: mitutoyo
Origin: Japan
Summary
SV 2100 – Dedicated Processor – Column Type
The Surftest SV-2100 surface roughness tester offers easy-to-use benchtop operation with highly precise measurement results.
The Surftest SV-2100 is a high-precision and high-performance surface roughness tester with a dedicated control unit, achieving user-friendly display and simple operation. The Surftest SV-2100 surface tester provides highly accurate analysis of surface roughness and fine contours.
- User-friendly display and simple operation equipped with a highly visible color 7.5-inch TFT LCD
- Absolute scale system allows easy and accurate positioning for multiple measurements with high repeatability
- A built-in joy stick dedicated to the control unit allows easy and quick positioning
- Fine positioning of a small stylus, required for measuring the inner side of a small hole, can be easily made using the manual knob
- Simple input function allows inputs according to drawing instruction symbols, for ISO/JIS roughness standards, allowing for simple selection of surface roughness measuring conditions
| Range X-Axis: | 3.94" / 100mm |
|---|---|
| Resolution X-Axis: | 1.97μin / 0.05μm |
| Measuring Method: | Linear encoder |
| Drive speed: | 0 - 1.57 in/s / 0 - 40 mm/s |
| Measuring Speed: | .00078 - .2 in/s / .02 -5 mm/s |
| Traversing Direction: | Backward |
| Column Resolution: | 1μm |
| Z2-axis Measuring Method: | Rotary encoder |
| Column Z2-Axis Drive Speed: | 0 - .78in/s / 0 - 20mm/s |
| Detector Z-Range: | 320, 3200, 32000μin / 8, 80, 800μm |
| Detector Z-Range Resolution: | .004, .04, .4μin / .0001, .001, .01μm |
| Detection Method: | Skidless / Skid |
| Measuring Force: | .75mN |
| Skid Radius of Curvature: | 1.57" / 40mm |
| Detector Type: | Differential inductance |
| Power Supply: | AC power |
| Printer: | Built-in thermal |
| External I/O: | Digimatic ouput, RS-232C I/F |
| External Data Storage: | Micro SD card |
| Display Unit: | 13x10.6x3.7" |
| Drive Unit: | 14.6x9.6x2.8" / 372x245x71.8mm |
| Display Unit Mass: | 8.8lbs /4kg |
| Drive Unit Mass: | 6.6lbs / 3kg |
Application
The Surftest SV-2100 is a high-precision and high-performance surface roughness tester with a dedicated control unit, achieving user-friendly display and simple operation. The Surftest SV-2100 surface tester provides highly accurate analysis of surface roughness and fine contours.
- User-friendly display and simple operation equipped with a highly visible color 7.5-inch TFT LCD
- Absolute scale system allows easy and accurate positioning for multiple measurements with high repeatability
- A built-in joy stick dedicated to the control unit allows easy and quick positioning
- Fine positioning of a small stylus, required for measuring the inner side of a small hole, can be easily made using the manual knob
- Simple input function allows inputs according to drawing instruction symbols, for ISO/JIS roughness standards, allowing for simple selection of surface roughness measuring conditions
Specifications
| Range X-Axis: | 3.94" / 100mm |
|---|---|
| Resolution X-Axis: | 1.97μin / 0.05μm |
| Measuring Method: | Linear encoder |
| Drive speed: | 0 - 1.57 in/s / 0 - 40 mm/s |
| Measuring Speed: | .00078 - .2 in/s / .02 -5 mm/s |
| Traversing Direction: | Backward |
| Column Resolution: | 1μm |
| Z2-axis Measuring Method: | Rotary encoder |
| Column Z2-Axis Drive Speed: | 0 - .78in/s / 0 - 20mm/s |
| Detector Z-Range: | 320, 3200, 32000μin / 8, 80, 800μm |
| Detector Z-Range Resolution: | .004, .04, .4μin / .0001, .001, .01μm |
| Detection Method: | Skidless / Skid |
| Measuring Force: | .75mN |
| Skid Radius of Curvature: | 1.57" / 40mm |
| Detector Type: | Differential inductance |
| Power Supply: | AC power |
| Printer: | Built-in thermal |
| External I/O: | Digimatic ouput, RS-232C I/F |
| External Data Storage: | Micro SD card |
| Display Unit: | 13x10.6x3.7" |
| Drive Unit: | 14.6x9.6x2.8" / 372x245x71.8mm |
| Display Unit Mass: | 8.8lbs /4kg |
| Drive Unit Mass: | 6.6lbs / 3kg |
Catalogue